Soumi Ghosh retweetet
Functionally Validated Proteome-Wide Bioinformatic Annotation of the Monotopic Phosphoglycosyl Transferase Family biorxiv.org/content/10.110…
#glycotime #membraneproteins
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Soumi Ghosh
29 posts
Soumi Ghosh
@sgbiochem
Assistant professor in Glycobiology @vtbiochem Professionally a Biochemist, passionately an Indian classical dancer!
Blacksburg, VA Beigetreten Nisan 2021
106 Folgt80 Follower
Soumi Ghosh retweetet
📢 Call for Papers! 📝 Exciting opportunity to contribute to the Research Topic article collection on "Lectins and lectin derivatives as novel antiviral agents" @FrontMolBioSci. #glycotime #lectin
Frontiers - Molecular Biology@FrontMolBioSci
Delve into the cutting edge research of Lectins as Antiviral Agents with our latest Research Topic in our Glycoscience section. Contribute to understanding the complex lectin-virus interactions. Submissions open till 30/04/2024. #AntiviralLectins ↪️fro.ntiers.in/rt52019
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Soumi Ghosh retweetet
Does improving DFT calculations through empirical dispersion correction come at a price? In this #compchem study we examine the extent to which it compromises the underlying physics in order to achieve energetic reproducibility for certain systems 👇
Paesani Lab@PaesaniLab
After focusing on #manybody interactions & #delocalization errors in #DFT in the past, we explore the balance between physical interpretability & energetic predictability in dispersion-corrected functionals. Toward #RightAnswersForRightReasons 😎 👉 doi.org/10.26434/chemr… 1/2
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Soumi Ghosh retweetet
I want to link to the fantastic coworkers (on twitter) that carried out the study @LyleMcPherson1 @chrisabella13 @rebeccawalxo @dallissergio @sunhee_bae_ @wesenerd_ @anthony_gaca @halim_mel @duganam @mike_wuo @sgbiochem @ejalm @TheXavierLab #glycotime
MIT Chemistry@ChemistryMIT
Check out the latest work from @ChemicalBiology and the @KiesslingGroup, “Lectin-Seq: A method to profile lectin-microbe interactions in native communities", recently published in @ScienceAdvances! chemistry.mit.edu/chemistry-news…
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Soumi Ghosh retweetet
It may come as a surprise how little scientists understand about the intricacies of host-microbe interactions in your oral cavity. Researchers including Professors Barbara Imperiali and Laura Kiessling (@ChemicalBiology) are trying to change that.
chemistry.mit.edu/chemistry-news…
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Thanks to the research community @ScienceMIT @ChemistryMIT @MITBiology for sharing our work through this news article! It's an honor to contribute to this study! Special thanks to mentors, collaborators, and supporters. Let's keep pushing the boundaries of science together!
MIT Science@ScienceMIT
It may come as a surprise how little scientists understand about the intricacies of host-microbe interactions in the mouth. Researchers in @MITBiology and @ChemistryMIT are trying to change that news.mit.edu/2023/probe-exp…
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Soumi Ghosh retweetet
Mapping the architecture of the initiating phosphoglycosyl transferase from S. enterica O-antigen biosynthesis in a liponanoparticle. biorxiv.org/cgi/content/sh… #bioRxiv
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Excited to share the highlight of our recent publication (pnas.org/doi/10.1073/pn…) at the Kudos Research Showcase! Check this if you want to learn about useful tools to know your oral health better! #glycotime #PublicationHighlight growkudos.com/publications/1…
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All thanks to @MITBiology for sharing this story to the community! Honored to be a part of this challenging project. #glycotime
MIT Biology@MITBiology
Everything you breathe, chew, or drink interacts with your oral cavity—the proteins and the microbes, including microbes that can harm us. In a study recently published by PNAS, a collaborative effort expands our understanding of oral cavity homeostasis biology.mit.edu/probe-expands-…
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Soumi Ghosh retweetet
Human oral lectin ZG16B acts as a cell wall polysaccharide probe to decode host-microbe interactions with oral commensals dlvr.it/SpWsZV
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Could human oral lectin ZG16B be the missing link in our understanding of the oral microbiome? Tried to unlock its role in regulating microbial growth and promoting balance. Honored to be a part of team Imperiali lab @KiesslingGroup @Ruhl_Lab @CLGrimesLab tinyurl.com/2ujr4xhm
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@vicmarando Thank you! It was great working together! Thank you for all the hard work 😊
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@GregDodge9 Thank you @GregDodge9! This would not have been possible without everyone's contribution. Thank you for all the hard work.
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Soumi Ghosh retweetet
Thrilled for this to finally be out! Huge shout out to all of our collaborators on this, but especially @sgbiochem for her amazing work on this project. This was my first project when I started at MIT, I'm lucky to have had the opportunity to work with such an awesome team!
Laura Kiessling@ChemicalBiology
What does the most abundant human lectin (ZG16B) in our mouths bind? @ScienceMIT study spearheaded by @sgbiochem finds it interacts with common commensals (+an oral mucin). Such a fun collaboration of @KiesslingGroup, Imperiali, and Ruhl groups pnas.org/doi/10.1073/pn… #glycotime
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@Ruhl_Lab @KiesslingGroup @CLGrimesLab Thank you @Ruhl_Lab. It was amazing working together. Looking forward to more productive collaborations like this!
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Soumi Ghosh retweetet
💧💧#SALIVA💧💧 Fresh off the press. ZG16B, an abundant protein in saliva got its function revealed. Very glad, @Ruhl_Lab could contribute to this study with @sgbiochem, Barbara Imperiali’s lab, @KiesslingGroup, @CLGrimesLab, and Hervé Tettelin. #glycotime
pnas.org/doi/10.1073/pn…
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@ChemicalBiology @ScienceMIT @KiesslingGroup Congratulations team! Thank you all for the support. It has been an incredible journey working together.
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Soumi Ghosh retweetet
What does the most abundant human lectin (ZG16B) in our mouths bind? @ScienceMIT study spearheaded by @sgbiochem finds it interacts with common commensals (+an oral mucin). Such a fun collaboration of @KiesslingGroup, Imperiali, and Ruhl groups pnas.org/doi/10.1073/pn… #glycotime
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